IEEE TRANSACTIONS ON POWER SYSTEMS SCISCIE

中文简介

本交易的范围包括一般工业、商业、公共和国内消费的发电、输电和配电系统的要求、规划、分析、可靠性、运行和经济性。IEEE电力系统事务的主要焦点是从系统的角度而不是系统的组件来看的电力系统。它在其范围内有五（5）个关键区域，每个区域内有几个细分。这些领域包括：（1）电力工程教育，（2）电力系统分析、计算和经济，（3）电力系统动态性能，（4）电力系统运行，（5）电力系统规划和实施。这些领域的权限很广，不需要频繁更新。然而，如果一项新技术在行业中发展，需要特别关注，则相应领域的权限将更新为包括该技术，并且IEEE电力系统事务将其确定为一个新的细分。当前范围和每个区域下的细分如下所示。区域1-电力工程教育：新的教学方法（软件/互联网/实验室/与研究相结合）、虚拟教室/实验室、远程教育、终身学习。区域2-电力系统分析、计算和经济学：规划、运营和控制的计算技术和分析方法、计算应用、配电系统分析、经济学、市场组织、成本结构、定价和风险管理、智能系统应用、可靠性、不确定性和概率以及随机系统应用。区域3-电力系统动态性能：电力系统动态建模：组件和系统，电力系统稳定性：现象、分析和技术，电力系统稳定性控制：设计和应用，电力系统动态测量，电力系统与涡轮发电机的交互，动态安全评估：技术和应用，基于风险的方法。区域4-电力系统运营：重组系统、输电运营和安全、能源控制中心、配电运营、系统控制、运营经济和定价的新兴方法。区域5-电力系统规划和实施：发电系统资源规划、输电系统规划、配电系统规划、综合资源规划和分布式资源规划、负荷预测、客户产品和服务规划和实施。产业结构调整规划与政策问题。

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英文简介

The scope of this Transactions covers the requirements, planning, analysis, reliability, operation, and economics of electric generating, transmission, and distribution systems for general industrial, commercial, public, and domestic consumption. The main focus of the IEEE Transactions on Power Systems is the power system from a systems viewpoint instead of components of the system. It has five (5) key areas within its scope with several subdivisions within each area. These areas are: (1) Power Engineering Education, (2) Power System Analysis, Computing, and Economics, (3) Power System Dynamic Performance, (4) Power System Operations, and (5) Power System Planning and Implementation. The purviews of these areas are broad and do not need frequent updates. However, if a new technology evolves in the industry and it needs specific focus, the purview of the corresponding area is updated to include the technology and the IEEE Transactions on Power Systems identifies it as a new subdivision. The current scope and the subdivisions under each area are shown below. Area 1 - Power Engineering Education: New instruction methods (software/internet/laboratory/combined with research), Virtual classrooms/laboratories, Distance education, Life-long learning. Area 2 - Power System Analysis, Computing, and Economics: Computational techniques and analytical methods for planning, operations and control, Computing applications, Distribution system analysis, Economics, market organization, cost structures, pricing and risk management, Intelligent system applications, Reliability, uncertainty and probability and stochastic system applications. Area 3 - Power System Dynamic Performance: Power system dynamic modeling: components and systems, Power system stability: phenomena, analysis, and techniques, Power system stability controls: design and applications, Power system dynamic measurements, Power system interaction with turbine generators, Dynamic security assessment: techniques and applications, risk-based methods. Area 4 - Power System Operations: Emerging methods for restructured systems, Transmission operations and security, Energy control centers, Distribution operation, System control, Operating economics and pricing. Area 5 - Power System Planning & Implementation: Generation system resource planning, Transmission system planning, Distribution system planning, Integrated resource planning and distributed resource planning, Load forecasting, Customer products and services planning and implementation. Industry restructuring planning and policy issue.